MM74HCT164M

The MM74HCT164M is known as a logic-shift register in the world of electronics. It is the perfect tool for applications that require the serial transfer or storage of digital information. The device operates in two modes: the shift-right and shift-left mode. The MM74HCT164M is available in an 8-pin PDIP, 14-pin TSSOP, and 16-pin QSOP packages.

In the shift-right mode, the data is set, then shifted to the right. It can shift one bit of data at a time, allowing the user to move the data inside the register. This is useful for applications that require the data to be transferred multiple times. In the shift-left mode, the data is loaded into the register, then shifted to the left. This allows for a cascade of data, making it possible to move the data in and out of the register with ease.

The MM74HCT164M is an 8-bit, parallel-in/serial-out shift register which is designed for use with TTL logic levels (low voltage logic). It contains logic level translators so it can be used with higher logic levels. It can operate with a power supply range of 2.0V to 6.0V making it suitable for a variety of applications. It is designed to minimize power consumption and reduce the number of external components.

The MM74HCT164M comes with an asynchronous reset feature. This feature can be used to reset the contents of the register to all zeros. It also comes with an input and output enable pins, allowing the user to control the data flow. The device also has over-temperature protection, making it safe to use in environments where temperatures may fluctuate.

In addition to its convenience, the MM74HCT164M is also designed for reliability. The device is designed for a low pin count, making it simpler to use and fit into smaller form factor packages. It also has a high speed rating, allowing it to quickly process digital data. The device is also highly resistant to noise, making it suitable to be used in noisy environments.

The MM74HCT164M is a very useful device that allows users to quickly and easily move their digital data. Its low power consumption and high speed helps to reduce overall system cost, while its ease of use makes it a popular choice among electronic engineers. Its reliable and robust design makes it a great choice for many applications that require digital data transfer and storage.